How do You Use a Rare Metal in Your Manufacturing Process?

Tungsten crucible evaporation boat

The tungsten manufacturing process is sometimes a complex one, as tungsten is known to have the highest melting point of any metal. In fact, the melting point is 6,170 degrees Fahrenheit, with the lowest vapor pressure as well. Because of this fact, only the most experienced manufacturers can use tungsten in their processes. Those who manufacture tungsten have to be able to use a variety of temperatures with perfect precision with extensive quality control that many other companies have no experience in. Customers may order a wide variety of tungsten materials that involve various processes like technique machinery, forming, powder mixing, and more. The tungsten manufacturing process, as you can see, comes with many challenges, but with great challenges in our company, comes great success.

Tidbits About Tungsten

Tungsten has many specific factors that you may have never known, each one being more interesting than the last. For instance, you may not have known that Tungsten carbide falls between 8.5 and 9 on the hardness scale, which means that it barely falls behind diamonds. You have probably heard that diamonds are one of the hardest materials, and tungsten is not far behind. Tungsten is also quite rare, which is why you tend to pay more for its good quality. It has a strength of 1,510 megapascals. Tungsten is more than twice as dense as steel. With these facts in mind, you probably understand why tungsten is a force to be reckoned with when it comes to materials, and why so many people are looking forward to using it in their processes.

Because tungsten comes with its challenges, tungsten crucibles must be used in the general manufacturing process. A crucible is a metal container that helps melt substances at very high temperatures. Another way to manufacture tungsten is with a vacuum furnace, which can help with heat treatment and other thermal processes.

For quite some time, tungsten has been making a difference in our lives with great products such as the filaments in our lightbulbs, cutting tools for companies, and so much more. Since its founding over 230 years ago, it has been appearing in things we use in our everyday life and will continue to in the future.

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